n.荧色物；荧光染料

The fluorochrome labels allowed us to track the movement of cells in real-time under a fluorescence microscope.
这种荧光染料使得我们能够在荧光显微镜下实时追踪细胞的移动。
The immunofluorescence technique employs fluorochromes to label specific proteins within cells.
免疫荧光技术利用荧光染料标记细胞内的特定蛋白质。
Excitation of the fluorochrome emits light in a specific wavelength, which can be detected by a camera.
荧光染料在激发后会发出特定波长的光，这可以被相机检测到。
Fluorochromes are often conjugated with antibodies for use in flow cytometry to analyze immune cell populations.
荧光染料常与抗体结合，用于流式细胞术分析免疫细胞群体。
The choice of fluorochrome depends on the compatibility with the sample and the desired emission wavelength.
选择荧光染料取决于其与样本的兼容性以及期望的发射波长。
Fluorochromes exhibit high photostability, ensuring accurate results even after prolonged exposure to light.
荧光染料具有高光稳定性，即使长时间暴露于光下也能保证结果的准确性。
In confocal microscopy, only the fluorochrome within the focal plane is excited, reducing background noise.
在共聚焦显微镜中，只有焦平面上的荧光染料会被激发，从而减少背景噪音。
Researchers use different fluorochromes to label different molecules, allowing for multicolor imaging in live cells.
研究人员使用不同的荧光染料来标记不同的分子，使得活细胞的多色成像成为可能。
Fluorochromes can also be used in bioimaging to visualize protein interactions in living organisms.
荧光染料也可用于生物成像，观察生物体内的蛋白质相互作用。
Post-labeling washing steps are crucial to remove excess fluorochrome to minimize interference with subsequent experiments.
标记后的洗涤步骤至关重要，以去除多余的荧光染料，从而最小化对后续实验的干扰。